Agogon Nuni Modular Instructable

Agogon Nuni na Modular

• da Gammawave
• Wannan aikin yana amfani da wani aikin da ya gabata Modular Nuni Element don yin agogo na dijital, ta amfani da guda huɗu na samfuran da aka haɗa tare da sarrafawa ta hanyar Microbit da RTC.
• Kayayyaki:
• Microbit V2 (wanda aka fi so saboda ginannen lasifikar, V1 zai yi aiki amma zai buƙaci mai sauti na waje.)
• Saukewa: DS3231RTC
• Tukar SPST
• Kitronik Edge Connector Breakout
• Jumper Jerky Junior F/M - Qty 20
• Jumper Jerky Junior F/F – Qty 4
• Jumper Jerky F/F – Qty 3
• Jumper Jerky F/M – Qty 3
• 470R resistor
• 1000uF capacitor
• Shugaban kusurwar dama 2 x (hanyoyi 3 x 1 jere) ake buƙata.
• WS2812 Neopixel Button LED's * 56 qty.
• Enamelled Copper Wire 21 AWG (0.75mm dia.), Ko wata keɓaɓɓen waya.
• Allo
• Screws M2
• M2 sukurori 8mm - Qty 12
• M2 sukurori 6mm - Qty 16
• M2 Bolts 10mm - Qty 2
• M2 kwayoyi - Qty 2
• M2 washers - Qty 2
• M2 Hex sarari 5mm - Qty 2
• Farashin M3
• M3 washers - Qty 14
• M3 kusoshi 10mm - Qty 2
• M3 kusoshi 25mm - Qty 4
• M3 kwayoyi - Qty 12
• Farashin Hex M3
• M3 Hex Spacers 5mm - Qty 2
• M3 Hex Spacers 10mm - Qty 4
• Maƙallan kusurwa na dama (15(W) x 40(L) x 40(H) mm) - Qty 2
• Zai iya tabbatar da ƙarin tasiri mai tsada don siyan kewayon dabi'u maimakon ƙimar mutum ɗaya sai dai idan kuna da su. Wasu sassa na iya samun MOL mafi girma fiye da adadin da aka ƙayyade a cikin jerin abubuwan.
• 3D Printer
• Farin Fila - Don mafi girman nuni.
• Black Filament - Don allon tallafi.
• 2mm dillali
• 3mm dillali
• 5mm kit
• Drill
• Gani
• Pliers
• Masu yankan waya
• Sayar da Iron
• Mai siyarwa
• Takardar takarda
• Screwdrivers
• Sanin kayan aikin ku kuma bi hanyoyin aiwatar da shawarar da aka ba da shawarar kuma tabbatar da sanya PPE da ya dace.
• Babu haɗin kai ga kowane ɗayan masu samar da da aka yi amfani da su a cikin wannan aikin, jin daɗin amfani da waɗanda kuka fi so kuma musanya abubuwan da suka dace da abin da kuke so ko batun samarwa.
• Hanyoyin haɗi suna aiki a lokacin bugawa.
• Mataki 1: Baseplate Strips
• Duba: Abubuwan Nuni na Modular (MDE)
• Ana buƙatar "Abubuwan Nuni na Modular" guda huɗu don ƙirƙirar nunin agogo kuma ana gudanar da waɗannan tare da raƙuman tushe waɗanda aka yanke daga babban tushe mai girma.
• Gilashin gindin yana auna 32(W) x 144(L) mm ko 4 x 18 stubs kuma kowanne ɗaya ya kan cinya biyu na MDE waɗanda ke haɗe zuwa stubs akan MDE. Koyaya, don ƙarin ƙarfi ana kunna sukurori huɗu na M2 x 8mm kusa da sasanninta waɗanda ke wucewa ta gindin ƙasa zuwa cikin MDE.
• Mataki na 2: Tsari
• Tsarin yana nuna abubuwan da ake amfani da su don sarrafa MDE waɗanda ke ɗauke da 56 Neopixels.
• Abubuwan sarrafawa sun ƙunshi Microbit, RTC, Breakout Board, Canjawa da kewayen kariya.
• Yawancin siyar da aka mayar da hankali kan Neopixels yayin da abubuwan sarrafawa an haɗa su da masu tsalle.
• Mataki na 3: Coding
• An ƙirƙiri lamba a cikin MakeCode.
• "oonn ssttaarrt" pproocceedduurree..
• Ya ƙaddamar da tsiri na Neoplxel na LEDs 56
• Nuna saƙon take.
• Yana fara lissafin kashi_wanda ke ƙunshe da zayyana yanki kowane lamba don nunawa. Lamba 0 da aka adana a kashi [0] = 0111111
• Lamba 1 da aka adana a kashi [1] = 0000110
• Lamba 9 da aka adana a kashi [9] = 1101111
• Bugu da kari.
• Lamba 10 da aka adana a kashi [10] = 0000000 da aka yi amfani da shi don ɓarna lambobi.

har abada hanya

• Kira 'saitin yanayin' wanda ke bincika P1 kuma idan babba yana ba da damar saitin lokaci in ba haka ba yana nuna lokacin yanzu.
• Kiran 'Time_split' wanda ya haɗu da ƙididdiga biyu na sa'o'i da mintuna zuwa cikin layi mai haruffa 4, pre-xing kowane lambobi ƙasa da 10 tare da babban sifili.
  Kiran 'pixel_time'
• Wanda ke fitar da kowanne daga cikin haruffa 4 bi da bi yana farawa da harafin ƙarshe zuwa kashi_daraja
• Lambobi sannan ya ƙunshi ƙima a cikin segment_list wanda aka nusar dashi ta kashi_value.
• (Idan kashi_value = 0 to lambobi = kashi [0] = 0111111)
• Inc = index x (LED_SEG) x 7). Inda fihirisa = wanne ne daga cikin haruffa 4, LED_SEG = adadin LED's a kowane bangare, 7 = adadin sassan a lamba.
• Wannan nau'in shine farkon LEDs don sarrafawa don halin da ya dace.
• Matsakaicin na'ura yana sanya kowane lamba a lambobi zuwa ƙima.
• Idan darajar = 1 to pixel da aka sanya ta inc an saita shi zuwa ja kuma yana kunna idan ba haka ba ana kunna o.
• Kamar yadda ake buƙatar LED guda biyu a kowane bangare ana maimaita wannan tsari sau LED_SEG.
• (Misali Idan sashin Sa'o'in ya kasance 9, index = 0, lamba = 1011111 [darajar = 1, inc = 0 & inc = 1], [daraja = 0, inc = 2 & inc = 3]…. [darajar = 1, inc = 12 & inc = 13])
• Awanni goma [Fihirisar = 1, inc kewayon 14 zuwa 27], Nau'in Minti [index = 2, inc kewayo 28 zuwa 41], Minti's tenun [index = 3, inc range 42 to 55].
• Da zarar an sarrafa kowace ƙima 7 kuma an aika zuwa tsiri ana nuna canje-canje.
• Ana gabatar da jinkiri don hana icker.
• na button AA"
• Wannan yana saita sa'o'i idan set_enable = 1
• a kan maɓallin BB"
• Wannan yana saita mintuna idan saita_enable = 1 ”dogon bbuuttttoonn AA ++ BB”
• Wannan yana kiran 'lokacin saitawa' wanda ke saita lokaci bisa ƙimar da aka sanya tare da maɓallan A da B.
• https://www.instructables.com/F4U/P0K0/L9LD12R3/F4UP0K0L9LD12R3.txt

Mataki na 4: Bangon Baya
Abubuwan da aka haɗa suna haɗe zuwa faranti (95(W) x 128(L) mm), wanda aka liƙa zuwa bayan MDE's tare da kusoshi na M3 X 25mm da 10mm tsaye. An ɗora kusoshi huɗu ta cikin ramukan da ke cikin kwamitin tallafi na Neopixel da kuma tsayayyen da aka sanya don haɗa madaidaicin tushe a sasanninta, an yi ramukan 3mm a cikin tushe don daidaitawa tare da kusoshi. Matsayi da ramukan ramuka don mai haɗin Edge Breakout (2 x 3mm), RTC (2 x 2mm), da canjin da ke tabbatar da barin sarari (20 x 40mm), don hawa madaidaicin madaidaicin madaidaicin madaidaicin wanda ke aiki azaman ƙafafu. Haɗin kai zuwa RTC ana yin su tare da 4 Junior jumpers F/F kuma an kiyaye RTC tare da kusoshi 2 x M2. Ana haɗa haɗin kai zuwa maɓalli tare da 2 Junior jumpers F/M kuma an kunna mai sauyawa ta rami 5mm. Haɗin kai zuwa da'irar kariyar CR don Neopixels an yi tare da 3 Jumpers F / F kuma daga wannan zuwa Neopixels tare da 3 jumpers F / M, wannan an haɗa shi zuwa allon tare da igiyar igiya da aka ciyar ta ɗayan ramukan da ke cikin jirgi.
Daidaita ƙafar madaidaicin kusurwa zuwa faranti tare da kusoshi 4. (Ƙananan kusurwoyi na M3 don haɗawa da baseplate za a iya amfani da su don riƙe ƙafafu a wuri tare da ƙwanƙwasa na 2 a cikin ƙananan rami na sashi. Don hana zazzage saman da agogon zai zauna a kai, haɗa sanda a kan pads ko ma'aurata biyu. Juya tef: Yanzu ana iya sa plateplate ɗin a kan kusoshi na goyan bayan kusurwa kuma a tsare shi da goro.

• Mataki na 5: Aiki
• Ana samar da wutar lantarki ta haɗa kebul na USB kai tsaye zuwa Microbit.
• SSeettttiinngg kkkkkkkk..
• Kafin saita agogon tabbatar da cewa RTC yana da baturi wanda zai riƙe lokacin da/idan aka cire wuta. Tsarin lokacin tsoho shine yanayin sa'o'i 24.
• Matsar da canji zuwa wurin saita lokaci za a nuna alamar ƙari akan nunin.
• Danna maɓallin A na sa'o'i. (0 zuwa 23)
• Danna maɓallin B na mintuna. (0 zuwa 59)
  Danna Maɓallan A & B tare don saita lokaci, ƙimar lokacin da aka shigar za a nuna.
• Matsar da canji daga wurin da aka saita.
• A'a sswwiittcchh wanda ke haifar da rikice-rikice.
• Bayan ɗan lokaci kaɗan za a sabunta nuni tare da lokacin yanzu
• Mataki na 6: A ƙarshe
  Haɗin ƙananan ayyuka guda biyu waɗanda ke haifar da babban aiki. Fata ku da wannan da abubuwan da suka gabata masu alaƙa da sha'awa.

• aikin ban mamaki
• Godiya, godiya sosai.
• Kyakkyawan aiki!
• Na gode.
• Agogo mai sanyi. Ina son cewa wannan yana gudanar da Micro: bit!
• Na gode, The Micro:bit yana da amfani sosai Na yi amfani da shi a yawancin ayyukan agogo na.

Takardu / Albarkatu

Agogon Nuni na Modular [pdf] Littafin Mai shi Agogon Nuni Modular, Agogon Nuni

Magana

• Manual mai amfani